Operation and use of hydraulic clamp carrier

   Operation and use of hydraulic clamp carrier
   When the hydraulic clamp carrier holds the blank of the workpiece, the contour size often differs. After the workpiece reference is determined, if the irregular contour is supported by the fixed spacer, when the contour size is too small, the spacer will not be able to contact the workpiece, and the contour size is too large. When the contact is too early, when pressed or machined, the workpiece will be deformed.
   Hydraulic clamp carrier utilizes an auxiliary support cylinder. Before the hydraulic power is applied, the piston of the cylinder can be stopped at any point and surface of the blank contour under the action of the internal spring to ensure contact with the workpiece and conform to the contour. The piston position is locked after hydraulic power is applied.
   The locked hydraulic clamp carrier support cylinder acts as a fixed block for the workpiece, providing a counter force to any pressing or cutting force in the opposite direction of the piston movement, providing additional without affecting the three-point plane positioning. Support point. After the machining is completed, the oil pressure is released, the hydraulic clamp carrier is removed, and the piston automatically returns to the full height.
   Select the type of work unit used throughout, the selected unit needs to be easy to install and allows the workpiece to be placed and removed, compared to the maximum clamping force allowed for the selected work unit and the required compression force for each work unit. If the required pressing force is greater than the maximum allowable clamping force, you should replace the larger working unit or increase the number of working units. Calculate the hydraulic pressure required for each work unit by removing the required compression force from the effective piston area of selected work cell. The maximum compression force required for the work cell determines the overall system requirements.
   Determine the total amount of oil required to operate all work units. The work flow requirements are listed in the corresponding product specifications. Based on the selected air pressure, select the power source that provides the required pressure to multiply the selected air pressure value by the power source. The pressure ratio determines whether the power source can produce the required pressure through the selected air pressure, and the power source must also provide the total amount of oil required by the system. When using a standard booster pump, the high pressure volume of the hydraulic clamp carrier must exceed the system requirements.